2518-1092Research result. Information technologies2518-109210.18413/2518-1092-2018-3-3-0-61463SYSTEM ANALYSIS AND PROCESSING OF KNOWLEDGEPROTOTYPE OF THE DEVICE INTENDED FOR CAUSING FAULT IN THE ELECTRICAL COMMUNICATION CABLEPROTOTYPE OF THE DEVICE INTENDED FOR CAUSING FAULT IN THE ELECTRICAL COMMUNICATION CABLESmirnovAndrey VyacheslavovichSmirnovAndrey Vyacheslavovichsav_smirnof@mail.ruBezruchkoValerij VladimirovichBezruchkoValerij Vladimirovichvlvd@mail.ruBasovOleg OlegovichBasovOleg Olegovichoobasov@mail.ru20183300

Based on the simulation of the process of faults in the electrical communication cable and the simulation of the device for making such faults, a prototype was developed. The purpose, appearance and capabilities of the prototype of the device for introducing malfunctions into the electrical communication cable are considered. The schemes of the executive module and the control part of the developed prototype are presented. The ways of studying the influence of faults in the communication cable on the quality of information transmission in transmission systems using the developed device are determined.

Based on the simulation of the process of faults in the electrical communication cable and the simulation of the device for making such faults, a prototype was developed. The purpose, appearance and capabilities of the prototype of the device for introducing malfunctions into the electrical communication cable are considered. The schemes of the executive module and the control part of the developed prototype are presented. The ways of studying the influence of faults in the communication cable on the quality of information transmission in transmission systems using the developed device are determined.

communication lineelectrical cablefaultinsulation damageshort circuitasymmetryresistancecommunication lineelectrical cablefaultinsulation damageshort circuitasymmetryresistanceСписок литературыKucheryavyj А.E., TSuprikov А.L. Seti svyazi sleduyushhego pokoleniya. – M.: FGUP TSNIIS, 2006. – 278 s.Marder N.S. Sovremennye telekommunikatsi. – M.: IRIАS, 2006. – 384 s.Tregubov R.B. Teoreticheskie osnovy analiza i optimizatsii ierarkhicheskikh mnogourovnevykh marshrutiziruyushhikh sistem; Monografiya; pod red. prof. Saitova I.А. – Oryol, 2016. – 585 s.Agrawal G.P. Fiber-Optic Communications Systems; Third Edition. – John Wiley & Sons, Inc., 2002. – 561 p.Andreev V.A., Portnov Je.L. Napravljajushhie sistemy jelektrosvjazi: uchebnik dlja vuzov. V 2-h tomah. Tom 1 – Teorija peredachi i vlijanija. – 7-e izd., pererab. i dop. – M.: Gorjachaja linija – Telekom, 2006. – 424 s.Parfenov Ju.A., Miroshnikov D.G. Cifrovye seti dostupa. – M.: Nateks-Jekotrendz, 2005. – 288 s.Smirnov А.V., Voloshhenko I.S., Kuznetsov А.V., Basov O.O. Imitatsionnoe i naturnoe modelirovanie ustrojstva vneseniya neispravnostej v ehlektricheskij kabel' svyazi // Nauchnyj rezul'tat. Informatsionnye tekhnologii. – Tom 3, Vypusk №1, 2018. – S. 36–42.